The Internet of Things has shown great advantages in intelligent healthcare applications. In
this article, based on the idea of Internet of Things application in intelligent healthcare, the …

The emergence of DNA strand displacement (DSD) biocomputing has facilitated the
development of chaotic synchronous and secure communication. The biosignals secure …

In previous work, a large number of articles have been published to implement coupled
synchronization of chaotic systems in DNA-based reaction networks. Up to now, there have …

The development of self‐replicating systems is of great importance in research on the origin
of life. As the most iconic molecules, nucleic acids have provided prominent examples of the …

Designing single molecules that compute general functions of input molecular partners
represents a major unsolved challenge in molecular design. Here, we demonstrate that high …

Synthetic control circuits have demonstrated their effectiveness in molecular process control.
However, current synthetic control circuits counteract the impact of disturbances by error …

After the continuous development of CMOS technology driven by transistor miniaturization
and Moore's law, the scientific community is witnessing the exploration of emerging …

The emerging field at the intersection of synthetic biology, network modelling, and control
theory has grown in popularity in recent years. In this study, the aim is to design synthetic …

The emergence of DNA strand displacement (DSD) technology has facilitated the
development of chaotic synchronization. The active control of the three-variable chaotic …

Programmable molecular devices are an opportunity to develop applications in biological
systems, a universe still hard to access by other conventional technologies. The DNA strand …